The rate of change of the velocity as a function of time is acceleration. Slope will be larger when there is a larger incline. The y-intercept of the predicted value on the velocity time graph is v0. An equation relating velocity and time would be v = v0 + at. The equasion for the curve fit of the position time graph is x = .74t^2 - 2.72t + 2.7. The equasion relating position to time is x = xx0 + v0 +1/2at^2.
The rate of change of the velocity as a function of time is acceleration. Slope will be larger when there is a larger incline. The y-intercept of the predicted value on the velocity time graph is v0. An equation relating velocity and time would be v = v0 + at. The equasion for the curve fit of the position time graph is x = .74t^2 - 2.72t + 2.7. The equasion relating position to time is x = xx0 + v0 +1/2at^2.